Advanced Materials

Advanced Materials

30 bookmarks
Custom sorting
African Man's New Invention Could Replace Fiberglass Forever - YouTube [22:45]
African Man's New Invention Could Replace Fiberglass Forever - YouTube [22:45]

At a small farm in the green highlands of southern Ethiopia, a man swings a blade into a plant that looks exactly like a banana tree — but will never grow a single banana you can eat. His family has scraped its trunk for food for generations and tossed the stringy leftovers aside. Now laboratories on three continents are soaking those same strings in resin, loading them into testing machines — and they're holding. Holding about as well as the material inside your boat hull, your car's body panels, and the giant spinning blades of almost every wind turbine on Earth.

That material is fiberglass — born from a lab accident in the 1930s, heavy for what it does, and nearly impossible to recycle. This is the story of how a plant from the African highlands and a handful of its cousins became the quietest threat fiberglass has ever faced: why plant fibers match glass pound-for-pound, the water problem that kept them on the sidelines for years, the chemistry and the single change in thinking that finally cracked it, the jute boat that crossed an ocean, the European shipyards already taking orders — and the one wall left between a plant fiber in a lab and a plant fiber in the hull of a ferry: trust.

·m.youtube.com·
African Man's New Invention Could Replace Fiberglass Forever - YouTube [22:45]
China's New Material Is 500% Stronger Than Concrete — And Costs 40% Less - YouTube [25:00]
China's New Material Is 500% Stronger Than Concrete — And Costs 40% Less - YouTube [25:00]
·youtube.com·
China's New Material Is 500% Stronger Than Concrete — And Costs 40% Less - YouTube [25:00]
Chemists synthesize a new allotrope of carbon
Chemists synthesize a new allotrope of carbon
In a new study led by Oxford University's Department of Chemistry, chemists have demonstrated the synthesis of a cyclocarbon that is stable enough for spectroscopic characterization in solution at room temperature. The study is published in the journal Science.
·phys.org·
Chemists synthesize a new allotrope of carbon
Photonic processor could enable ultrafast AI computations with extreme energy efficiency | MIT News | Massachusetts Institute of Technology
Photonic processor could enable ultrafast AI computations with extreme energy efficiency | MIT News | Massachusetts Institute of Technology
Researchers developed a fully integrated photonic processor that can perform all the key computations of a deep neural network on a photonic chip, using light. This advance could improve the speed and energy-efficiency of running intensive deep learning models for applications like lidar, astronomical research, and navigation.
·news.mit.edu·
Photonic processor could enable ultrafast AI computations with extreme energy efficiency | MIT News | Massachusetts Institute of Technology
New nanoparticles stimulate the immune system to attack ovarian tumors | MIT News | Massachusetts Institute of Technology, Oct 31, 2025
New nanoparticles stimulate the immune system to attack ovarian tumors | MIT News | Massachusetts Institute of Technology, Oct 31, 2025
MIT researchers designed nanoparticles that can deliver an immune-stimulating molecule called IL-12 directly to ovarian tumors. When given to mice along with checkpoint inhibitors, the treatment eliminated metastatic tumors more than 80 percent of the time.
·news.mit.edu·
New nanoparticles stimulate the immune system to attack ovarian tumors | MIT News | Massachusetts Institute of Technology, Oct 31, 2025
The invisibility cloak inventor now has better tricks up his sleeve | New Scientist
The invisibility cloak inventor now has better tricks up his sleeve | New Scientist

John Pendry is known for creating an invisibility cloak (2006). Twenty years on, he has used the same principles to fashion an even more powerful kind of metamaterial that can teach us about the wild frontiers of physics Myhrvold owns around 60 of Pendry’s metamaterials patents and has founded several companies built on his ideas. He envisions metamaterials embedded in everything from self-driving cars and humanoid robots to 6G communications satellites within the next decade. Analysts estimate the market he is chasing could be worth around £6 billion by 2033. some of the most striking advances appearing in so-called metalenses. Rather than bending light through curved glass, metalenses shape light directly using surfaces patterned with dense forests of nanoscale structures, each acting like a tiny antenna. The result is a paper-thin lens, just micrometres thick, that can outperform traditional optics. (miniature fresnell lenses)

·archive.ph·
The invisibility cloak inventor now has better tricks up his sleeve | New Scientist
The quest to engineer silk that’s stronger than steel | National Geographic
The quest to engineer silk that’s stronger than steel | National Geographic
archived 19 Feb 2026 14:35:43 UTC Michigan, research center of biotech firm Kraig Biocraft Laboratories. Kraig is just one of several companies around the world that have made breakthroughs in manufacturing spider silk. We have nylon then super materials like graphene, kevlar and now silkworms producing spider web silk to be useful in many new applications.
·archive.ph·
The quest to engineer silk that’s stronger than steel | National Geographic
Mexican Engineer Outsmart -ed VW With a "Secret" Beetle Engine [30:06] That Made 200 HP - YouTube
Mexican Engineer Outsmart -ed VW With a "Secret" Beetle Engine [30:06] That Made 200 HP - YouTube
In this video, we dive into the incredible story of Carlos Gonzalez, the Mexican VW dealer mechanic who revolutionized air-cooled engine performance by creating a naturally aspirated 2300cc Beetle engine that produced over 200 horsepower. His groundbreaking modifications challenged German engineering orthodoxy, transformed drag racing, powered experimental aircraft, and spawned an entire aftermarket industry worth hundreds of millions today
·youtube.com·
Mexican Engineer Outsmart -ed VW With a "Secret" Beetle Engine [30:06] That Made 200 HP - YouTube
A rule-breaking, colorful silicone that could conduct electricity - Michigan Engineering News
A rule-breaking, colorful silicone that could conduct electricity - Michigan Engineering News
I have 3 USB-C fluorcent orange cables extremely flexible that I ordered from aliexpress.us Dec 2025, 3 for about $3.20 about 1m long advertised as liquid silicon best cables ever had and charge my Samsung cellphone fast compared to what I had been using so problem was cables not the chargers.
·news.engin.umich.edu·
A rule-breaking, colorful silicone that could conduct electricity - Michigan Engineering News
Advanced Materials Companies to Know | Built In
Advanced Materials Companies to Know | Built In
Thanks to the advent of nanotechnology, engineers can now rearrange atoms and molecules within a given material to enhance its properties, or create an entirely new material altogether. These innovations — known as advanced materials — are pushing the boundaries of functionality and performance across a range of industries, including aerospace, healthcare and electronics.
·builtin.com·
Advanced Materials Companies to Know | Built In